Default class constructor called by solver factory.

Constructor used to create an istance of NurbsForwardSolver with the same stub NurbsGenerator for all the NurbsGenerators. Used for Unit Tests of the class.

Constructor which creates an istance of NurbsForwardSolver setting the NurbsGenerators to the values passed as Input.

Derived classes can override this method to execute logic after a property is set. The base implementation does nothing.

Returns zero if the input value is smaller then zero of if it is NaN. Negative value are not possible for the measured reflectance. The values calculated with the NURBS could be negative when the time point is very close to the 'physical' beginning of the curve R(t) due to obscilatoions of the interpolations used to capture the ascent of the curve.

Determines whether the specified Object is equal to the current Object.

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Overload of FluenceOfFxAndZ function. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs' and 'zs'

Evaluates the spatial frequancy resolved fluence.

Overload of FluenceOfFxAndZAndFt function. Determines reflectances at optical properties 'ops', spatial frequency 'fx', 'zs' and time frequencies 'fts'

Evaluates the spatial frequancy and temporal frequency resolved fluence.

Overload of FluenceOfFxAndZAndTime function. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs', 'zs' and times 'ts'

Evaluates the spatial frequancy and time resolved fluence.

Overload of FluenceOfRhoAndZ function. Determines reflectances at optical properties 'ops', source-detector separations 'rhos' and 'zs'

Evaluates the radial resolved fluence. Not implemented.

Overload of FluenceOfRhoAndZAndFt function. Determines reflectances at optical properties 'ops', source-detector separations 'rhos', 'zs' and time frequencies 'fts'

Evaluates the temporal frequency and radial resolved fluence.

Overload of FluenceOfRhoAndZAndTime function. Determines reflectances at optical properties 'ops', source-detector separations 'rhos', 'zs' and times 'ts'

Evaluates the temporal and radial resolved fluence.

Serves as a hash function for a particular type.

Gets the Type of the current instance.

Creates a shallow copy of the current Object.

Attempts to raise the PropertyChanged event, and invokes the virtual AfterPropertyChanged method, regardless of whether the event was raised or not.

Overload of ROfFx. Determines reflectances at optical properties 'op' and spatial frequencies 'fxs'

Overload of ROfFx. Determines reflectances at optical properties 'ops' and spatial frequency 'fx'

Convenience array overload of ROfFx. Determines reflectances at optical properties 'ops' and spatial frequencies 'fxs'

Returns the spatial frequancy resolved reflectance at fx applying the scaling on the reference fx-time resolved reflectance. Than integrates analitically the isoprametric NURBS curve over time if fx is on the surface. If fx is out of range it returns 0.

Calls its vectorized version to evaluate the spatial frequency resolved reflectance for the spatial frequancy fx, for the specified optical properties.

Overload of ROfFxAndFt. Determines reflectances at optical properties 'op', spatial frequency 'fx' and time frequencies 'fts'

Overload of ROfFxAndFt. Determines reflectances at optical properties 'op', spatial frequencies 'fxs' and time frequency 'ft'

Overload of ROfFxAndFt. Determines reflectances at optical properties 'op', spatial frequencies 'fxs' and time frequencies 'fts'

Overload of ROfFxAndFt. Determines reflectances at optical properties 'ops', spatial frequency 'fx' and time frequency 'ft'

Overload of ROfFxAndFt. Determines reflectances at optical properties 'ops', spatial frequency 'fx' and time frequencies 'fts'

Overload of ROfFxAndFt. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs' and time frequency 'ft'

Convenience array overload of ROfFxAndFt. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs' and time frequencies 'fts'

Evaluates the spatial frequency and temporal frequency resolved reflectance calculating the Fourier transform of the NURBS curve R(t) at the required spatial frequency for the specified optical properties. The computed FT is analitycal or discrete according to the boolean value 'analyticIntegration'.

Calls its vectorized overload to evaluate the spatial frequency and temporal frequency resolved reflectance.

Overload of ROfFxAndTime. Determines reflectances at optical properties 'op', spatial frequency 'fx' and times 'ts'

Overload of ROfFxAndTime. Determines reflectances at optical properties 'op', spatial frequencies 'fxs' and time 't'

Overload of ROfFxAndTime. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs' and times 'ts'

Overload of ROfFxAndTime. Determines reflectances at optical properties 'ops', spatial frequency 'fx' and time 't'

Overload of ROfFxAndTime. Determines reflectances at optical properties 'ops', spatial frequency 'fx' and times 'ts'

Overload of ROfFxAndTime. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs' and time 't'

Convenience array overload of ROfFx. Determines reflectances at optical properties 'ops', spatial frequencies 'fxs' and times 'ts'

Returns the reflectance at spatial frequency, fx, and time, t, scaling the reference fx-time resolved reflectance. If a point of the reference reflectance outside the time/spatial frequancy range of the surface is required, the value is extrapolated using the first derivative along the time/spatial frequency dimension. If the required point is outside both ranges a linear combination of the two derivatives is used.

Calls its vectorized version to evaluate the time and space resolved reflectance for a spatial frequancy, fx, and at time, t, for the specified optical properties.

Overload of ROfRho. Determines reflectances at optical properties 'op' and source-detector separations 'rhos'

Overload of ROfRho. Determines reflectances at optical properties 'ops' and source-detector separation 'rho'

Convenience array overload of ROfRho. Determines reflectances at optical properties 'ops' and source-detector separations 'rhos'

Returns the steady state reflectance for the specified optical properties at source detector separations rhos. The radial distance rho is scaled to the reference space to evaluate rho_ref. If rho_ref is on the reference surface the reference rho-time resolved reflectance is scaled and the isoprametric Nurbs curve is integrated analitically over time. To evaluate the integral of the reflectance out of the time range it evaluates the linear approximation of the logarithm of the tail of the curve and integrates it from tMax to infinity. If rho_ref is out of range the method returns 0.

Calls its vectorized version to evaluate the steady state reflectance at a source detector separation rho, for the specified optical properties.

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'op', source-detector separation 'rho' and time frequencies 'fts'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'op', source-detector separations 'rhos' and time frequency 'ft'

Overload of ROfRhoAndFt. Determines reflectances at optical properties 'op', source-detector separations 'rhos' and time frequencies 'fts'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separation 'rho' and time frequency 'ft'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separation 'rho' and time frequencies 'fts'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separations 'rhos' and time frequency 'ft'

Convenience array overload of ROfRhoAndFt. Determines reflectances at optical properties 'ops', source-detector separations 'rhos' and time frequencies 'fts'

Evaluates the temporal frequency and space resolved reflectance at a source detector separation rho for a modulation frequency ft,for the specified optical properties. It calculates the Fourier transform of the NURBS curve R(t) at the required source detector separation. The used FT is analitycal or discrete according to the boolean value 'analyticIntegration'.

Calls its vectorized version to evaluate the temporal frequency and space resolved reflectance at a source detector separation rho for a modulation frequency ft, for the specified optical properties.

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'op', source-detector separation 'rho' and times 'ts'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'op', source-detector separations 'rhos' and time 't'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'op', source-detector separations 'rhos' and times 'ts'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separation 'rho' and time 't'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separation 'rho' and times 'ts'

Overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separations 'rhos' and time 't'

Convenience array overload of ROfRhoAndTime. Determines reflectances at optical properties 'ops', source-detector separations 'rhos' and times 'ts'

Returns the reflectance at radial distance rho and time t scaling the reference rho-time resolved reflectance. The returned value is forced to zero if the time t is smaller then the minimal time of flight required to reach a detector at a distance rho. If a point of the reference reflectance outside the time range of the surface is required, the value is extrapolated using the linear approximation of the logarithm of R for two points placed at the end of the time range [Tmax - 0.1ns, Tmax]. If the required point is outside the radial range a linear extarpolation is used, based on the value of R at [0.95*RhoMax, RhoMax]. If the required point is outside both ranges a linear combination of the two extrapolations is adopted.

Calls its vectorized version to evaluate the time and space resolved reflectance at a source detector separation rho and at time t, for the specified optical properties.

Scalar ROfTheta function. Determines reflectance at polar angle theta

Overload of ROFTheta. Determines reflectances at optical properties 'ops' and polar angles 'thetas'

Overload of ROFTheta. Determines reflectances at optical properties 'ops' and polar angles 'thetas'

Convenience array overload of ROfTheta. Determines reflectances at optical properties 'ops' and polar angle 'thetas'

Returns a string that represents the current object.

beam diameter

source configuration - point, distributed or gaussian

Raised when a public property of this object is set.